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FDU95 Ultrasonic measurement Time-of-Flight FDU95 - Processelite
*Picture for reference only !
FDU95 Ultrasonic measurement Time-of-Flight FDU95 - Processelite
*Picture for reference only !
FDU95 Ultrasonic measurement Time-of-Flight FDU95 - Processelite
FDU95 Ultrasonic measurement Time-of-Flight FDU95 - Processelite
Product name:
Ultrasonic measurement Time-of-Flight FDU95
Product series:

FDU95

Product brand:
E+H/Endress+Hauser
Product feature:
• Integrated temperature sensor for Time-of-Flight correction, enabling accurate measurements even under changing temperature conditions • Suitable for harsh ambient conditions thanks to separate installation from the transmitter (up to 300 m) • Reduced buildup formation due to the self-cleaning effect • Integrated automatic sensor detection for FMU90/FMU95 transmitters, enabling simple commissioning • Weather-resistant and flood-proof (IP68) • Non-contact measurement method minimizes maintenance requirements • International Dust-Ex and Gas-Ex explosion protection certificates available
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Measuring principle:
The ultrasonic measurement principle is based on the time-of-flight method, measuring the distance between the reference point and the medium surface. The sensor transmits ultrasonic pulse signals toward the material surface. The pulses are reflected at the surface and received by the sensor. The transmitter measures the time difference (t) between signal transmission and reception. Based on the time difference (t) and sound velocity (c), the distance is calculated as: D = c × t / 2 Based on the measured distance (D), the system can further calculate the level (L), volume (V), and flow rate (Q) in measuring weirs or open channels.
Product positioning:
Standard
Using scenario:
The FDU95 ultrasonic sensor is designed for continuous, non-contact level measurement of powders and bulk solids, providing maintenance-free operation. • Measurement is unaffected by dielectric constant, density, or moisture content • Self-cleaning sensor function eliminates the influence of medium buildup on measurement performance • Suitable for use in hazardous areas • Maximum measuring range: 45 m (148 ft) for solids
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